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• W2320030196 abstract "Abstract Background Previous reports have revealed that excitation of human pharyngeal motor cortex can be induced by pharyngeal electrical stimulation ( PES ) and swallowing carbonated water ( CW ). This study investigated whether combining PES with swallowing (of still water, SW or CW ) can potentiate this excitation in either cortical and/or brain stem areas assessed with transcranial and transcutaneous magnetic stimulation ( TMS ). Methods Fourteen healthy volunteers participated and were intubated with an intraluminal catheter to record pharyngeal electromyography and deliver PES . Each participant underwent baseline corticopharyngeal, hand and craniobulbar motor‐evoked potential ( MEP ) measurements. Subjects were then randomized to receive each of four 10‐min interventions ( PES only, Sham PES + CW , PES + CW , and PES + SW ). Corticobulbar, craniobulbar and hand MEP s were then remeasured for up to 60 min and data analyzed using anova and post hoc t ‐tests. Key Results A two‐way rm anova for Interventions × Time‐point showed a significant corticopharyngeal interaction ( p = 0.010). One‐way anova with post hoc t ‐tests indicated significant cortical changes with PES only at 45 ( p = 0.038) and 60 min ( p = 0.023) and Sham PES + CW immediately ( p = 0.008) but not with PES + CW or PES + SW . By contrast, there were immediate craniobulbar amplitude changes only with PES + CW ( p = 0.020) which were not sustained. Conclusions & Inferences We conclude that only PES produced long‐term changes in corticopharyngeal excitability whereas combination stimuli were less effective. Our data suggest that PES alone rather than in combination, may be better for the patients who have difficulty in performing voluntary swallows." @default.
• W2320030196 created "2016-06-24" @default.
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• W2320030196 date "2016-04-08" @default.
• W2320030196 modified "2023-10-03" @default.
• W2320030196 title "Exploring the effects of synchronous pharyngeal electrical stimulation with swallowing carbonated water on cortical excitability in the human pharyngeal motor system" @default.
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• W2320030196 doi "https://doi.org/10.1111/nmo.12839" @default.
• W2320030196 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/27061591" @default.
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